Research of the Impact of the Heating Rate on Adhesion of Scale Arising in the Process of Heating of the Steel Charge Before the Plastic Reworking

Author:

Boryca Jarosław1,Kolmasiak Cezary1,Wyleciał Tomasz1,Urbaniak Dariusz1,Kizek Jan2

Affiliation:

1. Czestochowa University Of Technology , Poland

2. Technical University in Košice , Slovak Republic

Abstract

Abstract Before steel materials are subjected to an appropriate heat treatment, they must be preheated. During this process scale is formed, which can be a problem in the proper heat treatment of the steel charge. The preheating process of the steel charge is carried out under specific conditions – parameters. These conditions determine certain properties of scale. One of the most important issues in this context, important from the point of view of the potential removal of scale from the charge surface, is the correlation of the heating process temperature and the adherence of the scale to the steel substrate. The paper presents the results of such research and their discussion. In addition, the methodology for measuring the scale adhesion to steel substrate is presented. Mathematical relations endearing impact of heating rate on the scale adhesion have been developed.

Publisher

Walter de Gruyter GmbH

Reference21 articles.

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3. Boryca J., Kieloch M., Piechowicz Ł. (2006) Investigation of the adhesion of scale forming in the process of steel charge heating before plastic working, Archives of Metallurgy and Materials, v.51, nr 3, pp. 451-457.

4. Lazič L., Varga A., Brovkin V. L., Kizek J. (2008) Impact of the load structural defects on the allowed heating rate in reheating furnaces. Teplotechnika i energetika v metallurgii. -Dnepropetrovsk: Nova ideologija, s. 279-280.

5. Lee D.E., Kim M.Y. (2013) Optimum residence time for steel productivity and energy saving in a hot rolled reheating furnace, Journal of Mechanical Science and Technology, September, Volume 27, Issue 9, pp 2869-287710.1007/s12206-013-0735-1

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